How Do AI Robots Work?

How Do AI Robots Work?

AI, or Artificial Intelligence, is a broad term used to describe the technologies in which computers have the ability to learn and imitate human intelligence. The age of AI is rapidly approaching, with companies around the globe racing to create the first “true AI” computers. For example, IBM has created a system that can “read” and “decode” its target’s facial expressions, mimicking them in real-time. It is the strongest AI to date, but it’s still just a computer following an algorithm.

Earlier, robots were cool and were used to fix things. The first robots were just mechanical devices with human-like movements, but devices got better, and they became smarter. It’s only been years since we started seeing them in movies and our daily lives, but it’s now closer than ever for us to see robots that mimic human movements. AI (artificial intelligence) robots are remarkable machines that imitate our movements by using algorithms that approximate the physics of human motion.

Artificial intelligence (AI) is a word that has entered the everyday conversation. It’s used in advertisements for everything—from car loans to dating apps—and it seems like a new AI app or program is coming to market every day. So, how is artificial intelligence used for robots? AI has become standard in Netflix’s content recommendations and Siri’s responses, but how does it work?

What Can Robots Do?

I’m lucky enough to have a coworker who spends her days by coding. She gets to work with robots almost every morning and is fascinated by them. She tells me about the robots she runs into in the aisles of her grocery store, the ones that pop their heads up and listen for instructions. She tells me that the robots at her workplace can lift heavy boxes, transport, and place them exactly where they need to be. She also talks about the ones that help process packages, how they help speed up assembly lines, and even help share the burden of heavy lifting.

When we talk about robots, we tend to envision humanoid machines like humans. These machines can perform complicated tasks, such as picking up objects and manipulating them—and even talk sometimes. But some robots are much closer to us than they seem: drones. Despite their small size, they can do a wide range of tasks: pull military supplies, monitor the environment, or even assist in search and rescue operations.

What Are The Types Of Robots?

Robots have been showing up in our real world for decades now, and while some of us are used to seeing robots in science fiction movies and tv shows, most of us are blissfully unaware of just how many types of robots are out there. From droids and drones to industrial robots and service robots, each of these types is unique and important to the future of our world.


An android is a humanoid robot that normally looks and behaves like a human being.


Drones are autonomous flying machines without onboard computers and are often controlled by a remote or smartphone. These unmanned aerial vehicles can fly and carry cameras.

Personal assistants

Personal assistants like Alexa, Siri, and Cortana are voice-activated digital assistants that sit on your smartphone or computer and allow you to interact with them using your voice.


The Telechir is a robotic fish that lurks in lakes and ponds, and it uses its fins and eyes to spy on unsuspecting bathers.

Telepresence robot

A telepresence robot is a device that can move around autonomously, allowing one person to control it from another location remotely.

Industrial robot

An Industrial robot (also called a programmable industrial robot or Coordinate Universal Robot (CIR)) is a mechanical arm designed to automatically carry out a series of complex operations, usually as part of a manufacturing process.

Swarm robot

Swarm robotics is a new approach that allows groups of robots to work together to accomplish goals that would be impossible for a single robot to accomplish.

Smart robot

A smart robot is able to adapt to its environment. It may be able to perform various activities. However, they require sensors and actuators to perform tasks.

Artificial intelligence (AI) is upon us. It’s all around us, from the virtual assistants in our pockets to driverless cars that may or may not be piloted by robots. AI isn’t a new concept, but recent advances in computing power have made it possible to create robots capable of action. With those advances also comes a need to understand how they work.

There’s a robot on almost every video game console, and kids love playing with them since their imagination limits them. Modern robots use computers to interpret instructions and perform those tasks, saving time and money.

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